With more than 25 years of experience in building mechanical systems, this expert specializes in forensic engineering investigations involving HVAC, air conditioning systems, plumbing systems, moisture conditions, mold and mildew, condensation, insulation, and photometric light levels. His experience includes conducting air conditioning system airflow testing, inspecting air handling unit (AHU) boots and duct fittings for conditions involving mold, mildew, and condensation, and evaluating ceiling and under-roof insulation for size, depth, and R-value. His forensic investigation experience includes matters involving HVAC installation and performance, humidity and cooling conditions, mold and mildew growth, condensation, fire sprinkler systems, and lighting levels. He has more than 5 years of expert witness experience.

His professional background includes 26 years in the mechanical engineering field, with positions and responsibilities as a Forensic Engineering Investigator, Plumbing Designer, AutoCAD Department Manager, Accounting Department Manager, Chief Financial Officer, and Vice President of Operations within a mechanical and electrical consulting organization. As a plumbing designer, his work has included the design and layout of sanitary waste, vent, storm, and domestic water distribution systems; selection, sizing, scheduling, and specification of plumbing fixtures, drains, and equipment; and calculations for water supply, storm systems, and equipment sizing. His technical experience also includes mechanical, electrical, and plumbing drafting using AutoCAD and Revit.

His educational background includes a Bachelor of Arts in History. His representative forensic investigation experience includes reviews of residential, condominium, apartment, and commercial properties involving HVAC system installation, airflow and cooling performance, humidity, mold and mildew growth, condensation, fire sprinkler conditions, and photometric light levels. These investigations have included HVAC system reviews associated with second-floor cooling conditions and mold growth, evaluations of humidity-related HVAC issues, and analysis of parking-area lighting levels.